Combination of GIS and 3D scene technology! Optimization of water resource management in smart city construction

Combination of GIS and 3D scene technology! Optimization of water resource management in smart city construction

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2 min read

Water resource management is an important part of Japan’s smart city construction. The Japanese government attaches great importance to the rational use of water resources and the effective treatment of sewage, and is committed to improving the efficiency of water resource use and protecting water quality through advanced monitoring technology and intelligent systems. Combining GIS (Geographic Information System) with 3D scene technology, Japan has achieved monitoring and optimization in water supply and sewage treatment, and improved the intelligent level of urban water resource management.

Monitoring and optimization of water supply system

GIS technology provides strong support for the monitoring of water supply system. Through GIS, key parameters such as water supply volume and water pressure can be monitored in real time, and automatic detection, evaluation and management of water sources, water supply and drainage equipment can be realized. This not only improves the operating efficiency of the water supply system, but also helps to respond quickly when facing natural disasters or accidents.

Intelligent sewage treatment
In terms of sewage treatment, Japan has established a comprehensive monitoring network. Wings Engine uses GIS and 3D scene technology to enable sewage treatment plants to achieve fully automatic detection and remote monitoring. Discharge monitoring realizes remote automatic alarm, accident alarm and automatic control of emergency disposal, and can also send warning information to different management units.

Intelligentization of Tokyo’s water supply system
As the capital of Japan, Tokyo’s water supply system is at the forefront of intelligence. Tokyo Waterworks has achieved optimal water resource utilization by setting up advanced monitoring technologies such as sensors and water quality monitors, and using big data and large computers for analysis and processing.

Remote monitoring of sewage treatment
Japan has also achieved remarkable results in sewage treatment. For example, the smart water system provided by Hitachi has improved the overall water cycle management efficiency of the city by centrally managing the operating data of water treatment facilities.

Conclusion
In the construction of smart cities, Japan has achieved the optimization of water resource management through the application of GIS and 3D scene technology. This not only improves the efficiency of water resource use, but also strengthens the protection of water quality. With the continuous advancement of technology, Japan will have more innovations and breakthroughs in the field of water resource management in the future, providing valuable experience for solving global water resource problems.